Add to ORKGCobalt Chrome alloys, in particular cast Co-Cr ASTM-F75, are often used as the material for medical implants due to a combination of material properties: high strength, stiffness, temperature endurance, and wear / corrosion resistance. We aim to demonstrate and discuss what characteristics make it such a desirable material in the production of metallic biomedical implantshttps://scholarsjunction.msstate.edu/metallurgy/1013/thumbnail.jp
Co-Cr alloy is one of the most widely used metallic biomaterials for metal-on-metal joint prostheses...
Massachusetts Institute of Technology. Dept. of Metallurgy and Materials Science. Thesis. 1971. B.S....
Tribological analysis of metallic implants for orthodontics applications is a long-studied topic of ...
Biomedical grade of cobalt based alloy have found a plethora of applications as medical devices espe...
The biomaterial used in medical implantable devices must sufficiently integrate within the biological...
Gold and its alloys have been the dominant framework materials in metal-ceramic constructions when s...
Cobalt-chromium based alloys have been widely used to make biomedical implants for hip and knee join...
Because of their excellent mechanical, tribological, and electrochemical properties, Cobalt Chromium...
15th Computer-Aided Production Engineering (CAPE15) Conference, Edinburgh, UK, 3-4 November, 2015An...
The annual rise of hip procedures occurring year upon year is a major concern, especially with revis...
The biomaterial used in medical implantable devices must be able to sufﬕciently integrate within t...
Excellent achievements of Co-base alloys have occupied an important position in surgical implant all...
STATEMENT OF PROBLEM: Cobalt-chromium (Co-Cr) alloys possess beneficial mechanical properties becaus...
Traditional endoprosthesis are widely used to replace joint surfaces damaged by severe trauma or deg...
Metal alloys made from titanium, zinc, copper, and cobalt-chromium-molybdenum used in medical implan...
Co-Cr alloy is one of the most widely used metallic biomaterials for metal-on-metal joint prostheses...
Massachusetts Institute of Technology. Dept. of Metallurgy and Materials Science. Thesis. 1971. B.S....
Tribological analysis of metallic implants for orthodontics applications is a long-studied topic of ...
Biomedical grade of cobalt based alloy have found a plethora of applications as medical devices espe...
The biomaterial used in medical implantable devices must sufficiently integrate within the biological...
Gold and its alloys have been the dominant framework materials in metal-ceramic constructions when s...
Cobalt-chromium based alloys have been widely used to make biomedical implants for hip and knee join...
Because of their excellent mechanical, tribological, and electrochemical properties, Cobalt Chromium...
15th Computer-Aided Production Engineering (CAPE15) Conference, Edinburgh, UK, 3-4 November, 2015An...
The annual rise of hip procedures occurring year upon year is a major concern, especially with revis...
The biomaterial used in medical implantable devices must be able to sufﬕciently integrate within t...
Excellent achievements of Co-base alloys have occupied an important position in surgical implant all...
STATEMENT OF PROBLEM: Cobalt-chromium (Co-Cr) alloys possess beneficial mechanical properties becaus...
Traditional endoprosthesis are widely used to replace joint surfaces damaged by severe trauma or deg...
Metal alloys made from titanium, zinc, copper, and cobalt-chromium-molybdenum used in medical implan...
Co-Cr alloy is one of the most widely used metallic biomaterials for metal-on-metal joint prostheses...
Massachusetts Institute of Technology. Dept. of Metallurgy and Materials Science. Thesis. 1971. B.S....
Tribological analysis of metallic implants for orthodontics applications is a long-studied topic of ...